Changes in temperature and precipitation due to rapid deforestation in the Amazon rainforest could have effects as far away as the Tibetan plateau and Antarctica, researcher found “Rapid deforestation of the Amazon rainforest could influence the temperature and precipitation over the Tibetan plateau 15,000 kilometres away. Saini Yang at Beijing Normal University in China and her colleagues analysed global climatological data from 1979 to 2019 to identify correlations in temperature and precipitation between the Amazon rainforest
We had the opportunity at the DLD conference in Munich a few days ago to show the importance of soil and vegetation as an economic basis for all our lives, but also as an importance for healthy food and the climate (or climate cooling) (here the link to the panel recording). The panel exchange was unfortunately only short, but the feedback – especially interesting because a very different audience than usual – was super.
Interesting saying from Hawaii: Hahai no ka ua i ka ulula’au which means: “The rain follows after the forest”
Forests and trees must be recognized as prime regulators within the water, energy and carbon cycles.” – David Ellison and Jan Pokorny, authors of this article, will be speaking on our Climate Landscapes Conference, https://climate-landscapes.org, starting today. Learn more about the potentials of #vegetation, #soils and #watercycles to cool the climate! Register now: https://climate-landscapes.org
In a few hours we start our Climate Landscapes Conference, https://climate-landscapes.org. We’ll bring together scientists and practitioners from around the world under the (sub)title “Working with plants, soils and water to cool the climate and rehydrate Earth’s landscapes“. Come and join us! Rising temperatures and weather extremes such as droughts and floods threaten the Earth and the human population, besides biodiversity loss, land degradation and other major issues. However, it seems we have a solution
Check out the updated agenda for our Climate Landscapes Conference, https://climate-landscapes.org, starting today! Really looking nice, with great presentations and room for exchange and discussion.
Nature can’t be seen and analyzed linearily. It’s always more complex. That’s why we must look at how the cycles of carbon, water and energy are closely coupled. Here is a draft sketch of mine to show this. Tomorrow, 18/10/22, the Climate Landscapes Conference, https://climate-landscapes.org, will look into this in more detail. Come and join us! And check out my presentation “Planting water”.
Countdown for our Climate Landscapes Conference, https://climate-landscapes.org, with one day to go. We’ll bring together scientists and practitioners from around the world under the (sub)title “Working with plants, soils and water to cool the climate and rehydrate Earth’s landscapes“. Come and join us! Rising temperatures and weather extremes such as droughts and floods threaten the Earth and the human population, besides biodiversity loss, land degradation and other major issues. However, it seems we have a
Very interesting: Model results show that photosynthesis and evapotranspiration increase significantly in the Amazon during the dry season when plants are allowed to redistribute soil water. Plants draw water up and deposit it into the surface layers, and this water subsidy sustains transpiration at rates that deep roots alone cannot accomplish. The water used for dry season transpiration is from the deep storage layers in the soil, recharged during the previous wet season. We estimate
It’s (almost) all about forests and water: An investigation of naturally occurring water recycling in rainforests finally marries the results of global climate models with observations. Alarmingly, it also suggests that deforestation can greatly reduce tropical rainfall. Join us next week for much more insights in our Climate Landscapes Conference.
We have reworked the agenda for our upcoming Climate Landscapes Conference. We have over 20 fascinating speakers lined up, all with deep knowledge in their fields, showing you how vegetation, soils, water & climate are interconnected, and how we can successfully cool the climate and rehydrate Earth’s landscapes. Don’t miss these incredible insights for creating a better world!
Under the (sub)title “Working with plants, soils and water to cool the climate and rehydrate Earth’s landscapes” we are inviting you to the upcoming online Climate Landscapes Conference, 18.-19.10.2022. Rising temperatures and weather extremes such as droughts and floods threaten the Earth and the human population, besides biodiversity loss, land degradation and other major issues. However, it seems we have a solution for many of these issues right before us: We can work with plants,
Judith Schwartz’ book “Water in Plain Sight” is a really great read on all these interconnections between vegetation, soil, water, atmosphere and climate. If you haven’t read it yet, go for it. The publisher agreed to make available the chapter “Missing the Water for the Trees” in PDF format, as this subject becomes more and more attention, and is so important for cooling the climate. So, here you go with the chapter. Enjoy! And join
Rising temperatures and weather extremes such as droughts and floods threaten the Earth and the human population, besides biodiversity loss, land degradation and other major issues. However, it seems we have a solution for many of these issues right before us: We can work with plants, soils and water to cool the climate and rehydrate and restore Earth’s landscapes. With our “Climate Landscapes Conference“, we want to draw attention to the interrelationships and potentials of
Roots can help to hydrate landscapes and decrease wildfire risk: “In the semi-arid climate of the Great Basin in Utah, sagebrush grows in loam-skeleton soil, soil that sits on beds of alluvial gravel. Two ecologists, Richards and Caldwell set out to measure experimentally the hydraulic lift hypothesis – that is the assumption, that the roots of the trees bring up groundwater and spread it forth into the upper soil layer. They found that the sagebrush’s
Fascinating: “Coral reefs produce a volatile substance called dimethylsulphide or DMS which oxidizes in the atmosphere to produce cloud condensation nuclei (CCN). These are tiny sulphur aerosol particles around which water vapor condenses to form clouds, and lead to precipitation. Yet Jones has discovered that even a slight rise in ocean temperatures could affect this natural process, making climate change a significant threat to clouds (and precipitation) seeded by coral reefs. What this suggests is that fewer
Really impressive: The installation of thousands of rock detention structures in the Turkey Pen Watershed, of the Chiricahua Mountains in SE Arizona, provided a 30-year case study to consider low tech and low-cost Natural Infrastructure in dryland watersheds. The USGS systematic study, through observation and experiment, offers verifiable data that documents their efficacy as a Nature-based Solution, that can provide climate adaptation and mitigation benefits here in the Chiricahua Mountains and beyond.
“A group of researchers have posed a fascinating — and downright mind bending — thought experiment: If a planet like Earth can be “alive,” can it also have a mind of its own? The team published a paper exploring this question in the International Journal of Astrobiology. In it, they present the idea of “planetary intelligence,” which describes the collective knowledge and cognition of an entire planet. The researchers point to evidence that underground networks of fungi
Over the course of 20 years, Brazilian photojournalist Sebastião Ribeiro Salgado and his wife Lélia have transformed a barren plot of land into a thriving forest.
Interesting explanation on the why/how/if of extreme weather attribution maths: In the past two years or so we have seen many headlines about extreme weather events: floods, droughts, heat waves, hurricanes. In some cases, climate scientists claim they can “attribute” those extreme weather events to climate change. But what exactly does that mean? How does one calculate this? And how reliable are those estimates? This video is a brief intro into the young research area
